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The assembly shown below consists of a steel (Es = 200 GPa and As tube AB and a brass (EB = 100 GPa and AB 2000 mm²) tube BC. The supports at A and C and the plate at B used to apply the 400 kN load are rigid. Prior to the load being applied, the tubes are stress-free. When the load is applied, determine (a) The normal stresses in each tube. (b) The deflection of the rigid plate at B. 200 kN Steel 200 kN 1.5 m B = Brass 1m = m²) 1500 mm

The assembly shown below consists of a steel (Es = 200 GPa and As tube AB and a brass (EB = 100 GPa and AB 2000 mm²) tube BC. The supports at A and C and the plate at B used to apply the 400 kN load are rigid. Prior to the load being applied, the tubes are stress-free. When the load is applied, determine (a) The normal stresses in each tube. (b) The deflection of the rigid plate at B. 200 kN Steel 200 kN 1.5 m B = Brass 1m = m²) 1500 mm

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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1500 mm²) The assembly shown below consists of a steel (Es = 200 GPa and As tube AB and a brass (EB = 100 GPa and AB 2000 mm²) tube BC. The supports at A and C and the plate at B used to apply the 400 kN load are rigid. Prior to the load being applied, the tubes are stress-free. When the load is applied, determine (a) The normal stresses in each tube. (b) The deflection of the rigid plate at B. XXXXXXXXXX A k 200 kN- Steel 200 kN- 1.5 m B Brass | 1 ·1m → =
Transcribed Image Text:1500 mm²) The assembly shown below consists of a steel (Es = 200 GPa and As tube AB and a brass (EB = 100 GPa and AB 2000 mm²) tube BC. The supports at A and C and the plate at B used to apply the 400 kN load are rigid. Prior to the load being applied, the tubes are stress-free. When the load is applied, determine (a) The normal stresses in each tube. (b) The deflection of the rigid plate at B. XXXXXXXXXX A k 200 kN- Steel 200 kN- 1.5 m B Brass | 1 ·1m → =
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